Synthetic biology: evolution or revolution? A co-founder's perspective

Area of Science:

• Synthetic Biology
• Biological Engineering
• Biotechnology

Background:

• Synthetic Biology emerged in the late 1990s from research in cellular computing.
• Motivated by applications in tissue regeneration, bio-sensing, and mathematical programming.
• Initial premise: standardization and abstraction of biological parts unlock engineering potential.

Observation:

• The field's definition has broadened, becoming synonymous with Biological Engineering and Biotechnology.
• The founding premise of Synthetic Biology has not yet been validated.
• Standardization is proven in other engineering fields, but not with self-replicating systems.

Findings:

• The engineering of self-replicating biological systems requires more than just standardization.
• Evolutionary forces are critical for engineering self-replicating systems.
• The original premise of Synthetic Biology needs re-evaluation.

Implications:

• Future biological engineering must integrate evolutionary principles with standardization.
• Validating the core premise is crucial for unlocking Synthetic Biology's full potential.
• A nuanced approach is needed for engineering complex, self-replicating biological systems.